- quick code to access res1d files to see what names the result files for specific reach or node names have
- quick code to access res1d files to see what names the result files for specific reach or node names have
param_spec_unit_factor.ipynb:
- short script to access the unit factors used in the model to use in the parameter_config.xlsx
optimization_prep:
optimization_prep:
- contains the optimization preparation to create the
- contains the optimization preparation to create the
- uses a gaussian filter to smooth the data and cross correlation to consider errors in the hydrological model
- uses a gaussian filter to smooth the data and cross correlation to consider errors in the hydrological model
...
@@ -31,7 +34,7 @@ event_dict.xlsx:
...
@@ -31,7 +34,7 @@ event_dict.xlsx:
parameter config.xlsx:
parameter config.xlsx:
- this table contains the parameters that should be calibrated and also the min and amx values for the calibration
- this table contains the parameters that should be calibrated and also the min and amx values for the calibration
- as there might be some unit difference between the python input and that in MIKE+ itself, unitfactors are given for the parameters, which were investigated here. All further parametern need to be looked up
- as there might be some unit difference between the python input and that in MIKE+ itself, unitfactors are given for the parameters, which were investigated here. All further parametern need to be looked up. A script to help is "param_spec_unit_factor.ipynb"
- to use it directly just fill out columns D, J and K
- to use it directly just fill out columns D, J and K
- the second sheet "sqlite_table_names" contains all names to look for the the MUID to access the parameters
- the second sheet "sqlite_table_names" contains all names to look for the the MUID to access the parameters
